139 research outputs found

    Cost-Effective Use of Silver Dressings for the Treatment of Hard-to-Heal Chronic Venous Leg Ulcers

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    Aim To estimate the cost-effectiveness of silver dressings using a health economic model based on time-to-wound-healing in hard-to-heal chronic venous leg ulcers (VLUs). Background Chronic venous ulceration affects 1–3% of the adult population and typically has a protracted course of healing, resulting in considerable costs to the healthcare system. The pathogenesis of VLUs includes excessive and prolonged inflammation which is often related to critical colonisation and early infection. The use of silver dressings to control this bioburden and improve wound healing rates remains controversial. Methods A decision tree was constructed to evaluate the cost-effectiveness of treatment with silver compared with non-silver dressings for four weeks in a primary care setting. The outcomes: ‘Healed ulcer’, ‘Healing ulcer’ or ‘No improvement’ were developed, reflecting the relative reduction in ulcer area from baseline to four weeks of treatment. A data set from a recent meta-analysis, based on four RCTs, was applied to the model. Results Treatment with silver dressings for an initial four weeks was found to give a total cost saving (£141.57) compared with treatment with non-silver dressings. In addition, patients treated with silver dressings had a faster wound closure compared with those who had been treated with non-silver dressings. Conclusion The use of silver dressings improves healing time and can lead to overall cost savings. These results can be used to guide healthcare decision makers in evaluating the economic aspects of treatment with silver dressings in hard-to-heal chronic VLUs

    Which dressing do donor site wounds need?: study protocol for a randomized controlled trial

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    Donor site wounds after split-skin grafting are rather 'standard' wounds. At present, lots of dressings and topical agents for donor site wounds are commercially available. This causes large variation in the local care of these wounds, while the optimum 'standard' dressing for local wound care is unclear. This protocol describes a trial in which we investigate the effectiveness of various treatment options for these donor site wounds. A 14-center, six-armed randomized clinical trial is being carried out in the Netherlands. An a-priori power analysis and an anticipated dropout rate of 15% indicates that 50 patients per group are necessary, totaling 300 patients, to be able to detect a 25% quicker mean time to complete wound healing. Randomization has been computerized to ensure allocation concealment. Adult patients who need a split-skin grafting operation for any reason, leaving a donor site wound of at least 10 cm2 are included and receive one of the following dressings: hydrocolloid, alginate, film, hydrofiber, silicone dressing, or paraffin gauze. No combinations of products from other intervention groups in this trial are allowed. Optimum application and changes of these dressings are pursued according to the protocol as supplied by the dressing manufacturers. Primary outcomes are days to complete wound healing and pain (using a Visual Analogue Scale). Secondary outcomes are adverse effects, scarring, patient satisfaction, and costs. Outcome assessors unaware of the treatment allocation will assess whether or not an outcome has occurred. Results will be analyzed according to the intention to treat principle. The first patient was randomized October 1, 2009. This study will provide comprehensive data on the effectiveness of different treatment options for donor site wounds. The dressing(s) that will prevail in effectiveness, satisfaction and costs will be promoted among clinicians dealing with such patients. Thus, we aim to contribute a well-designed trial, relevant to all clinicians involved in the care for donor site wounds, which will help enhance uniformity and quality of care for these patients. http://www.trialregister.nl, NTR1849. Date registered: June 9, 200

    Polymer fiber-based models of connective tissue repair and healing

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    National Institutes of Health (R01-AR055280, Presidential Early Career Award for Scientists and Engineers, HHL)), the DoD CDMRP award (W81XWH-15-1-0685, HHL&WNL), and the Columbia University Center for Technology, Innovation and Communicty Engagement (CTICE Fellowship, NML)

    Borgerservice og offentlige digitale løsninger på bibliotekerne : Retlige og biblioteksfaglige udfordringer i vejledningen

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    Formålet med artiklen er at undersøge de retlige og de deraf følgende biblioteksfaglige udfordringer i forbindelse med den vejledning i offentlige digitale selvbetjeningsløsninger, der i forbindelse med den fællesoffentlige digitaliseringsstrategi er kommet til som en ny opgave på mange danske folkebiblioteker. Undersøgelsen bygger dels på feltstudier gennemført i vinteren 2013/14 som led i forskningsprojektet "Borgerservicevejledning på biblioteket", og dels på regler og retspraksis på det forvaltningsretlige område. I artiklen beskrives vejledningstyper og centrale problemstillinger, der kunne iagttages i feltstudierne, og der peges på retlige udfordringer i forhold hertil. Artiklen afsluttes med en række opmærksomhedspunkter i forhold til den faglige indsigt og bevidsthed, der kræves af biblioteksmedarbejderen i rollen som vejleder og repræsentant for kommunen
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